29 results about "Pagination" patented technology

The application discloses a PDF file editing method and device based on a Web end and related media, and the method comprises the following steps: carrying out hierarchical analysis on document data to obtain pagination resource data, carrying out object analysis on the pagination resource data to obtain a page object model, calculating a unified display matrix of a page space to a device space and rendering to a canvas, superimposing an interactive editing layer to respond to an editing operation and synchronously mapping to the page object model, adapting display transformation parameters of an annotation object, extracting an object operation marked as changed and outputting incremental operation data by page aggregation. The application takes the page object model as a unified data core, runs through the multi-thread cooperative processing of hierarchical analysis, object modeling, unified display matrix transformation and rendering, interactive editing synchronous mapping, annotation display transformation parameter adaptation and incremental operation data output, and makes each link consistent in data structure and coordinate system, so that the precision of editing the PDF file on the Web end is improved.

This invention discloses a multi-task operation ticket continuous printing system and method. The system includes: a status management module for centrally maintaining and managing the status of tasks, steps, and page numbers during the printing process; a dynamic layout calculation module for real-time measurement and pagination decisions on the operation ticket content, including a paginator unit to determine whether drawing is allowed based on the real-time remaining space on the page; and a structured drawing module for executing page drawing based on the layout calculation results, with its drawing cycle following a "measurement, decision, execution" process and synchronously updating the status. The method, based on the above system, forms a closed-loop control process through four steps: initializing the printing status, performing dynamic layout calculation, performing structured page drawing, and updating the printing status, which is executed cyclically until all tasks are completed. This invention achieves accurate dynamic content adaptation, intelligent pagination, globally continuous page numbers, and unified format output for multi-task, multi-step operation tickets, solving the problems of chaotic layout and difficult status management in existing technologies. The system architecture is clear and easy to maintain and expand.

A method for establishing a graphical interface, a development system, and a development apparatus are provided. The development apparatus is connected to a cloud server to use a development interface providing an editing area and a preview area for: importing a spreadsheet file including a plurality of paginations, and generating a plurality of response variables based on the paginations; binding at least one response variable to one or a plurality in a plurality of user interface elements; displaying a variable name of a dragged response variable in the editing area, and displaying a variable content of the dragged response variable in the preview area in response to one of the response variables being dragged to the editing area; generating a view program code corresponding to a graphical interface based on a current editing result in the editing area in response to a saving function of the development interface being enabled.

Methods for paginating search results retrieved from a database that supports cursor-based pagination are disclosed. The method includes executing a first search on a first database. The first search is executed using a first search query and execution of the first search returns a first set of search results from the first database and a first opaque cursor. The method further includes processing at least a first subset of the first set of search results, selecting at least a second subset of the at least first subset of search results, and generating a first cursor object. The first cursor object including a Subitem value in accordance with all search results from the first set of search results being unprocessed. The Subitem value based on a number of results from the first set of search results processed in the at least first subset of search results.

The application discloses a kind of based on vision's document analysis method and system, applied to intelligent identification technical field, method includes: first artificial intelligence model is split into multiple fragment documents with target source document, and obtains the meta-information corresponding to fragment document;Second artificial intelligence model is parsed according to meta-information to all fragment documents to generate corresponding analysis fragment and join pagination anchor in analysis fragment, third artificial intelligence model is abnormal analysis and repair to analysis fragment;Pagination anchor is the page number identification corresponding to each fragment document;The final analysis fragment obtained is spliced to form the complete analysis document of target source document.This application is combined by intelligent splitting and parallel analysis, and is supplemented with comprehensive abnormal monitoring and recovery mechanism, effectively overcome the context length limit of existing large artificial intelligence model, guarantee the semantic and structural integrity of content unit after splitting, improve processing efficiency and system stability.

The application provides a cross-terminal copying method and related device, and relates to the technical field of software, which comprises the following steps: capturing a copy picture through a camera and performing pagination processing on the copy picture to obtain at least one single page; performing multi-modal identification on each single page to obtain structured data of each single page and outputting the structured data, wherein the structured data comprises multi-modal data in a multi-modal area of the single page; determining target multi-modal data framed in at least one single page, and copying the target multi-modal data to a target editing position. The application can realize seamless copying function with a target application, complete direct copying from a physical space to a digital space without a network, keep operation convenient, and ensure real-time performance and compatibility of cross-terminal data transmission.

This invention discloses a method, apparatus, and related media for editing PDF files on a web-based platform. The method includes hierarchical parsing of document data to obtain pagination resource data; object-oriented parsing of the pagination resource data to obtain a page object model; calculation of a unified display matrix from page space to device space and rendering it onto a canvas; overlaying an interactive editing layer to respond to editing operations and synchronously mapping it to the page object model; adapting display transformation parameters for annotation objects; and extracting operations of objects marked as changed and aggregating incremental operation data page by page. This invention improves the accuracy of editing PDF files on a web-based platform by using the page object model as the unified data core and integrating multi-threaded collaborative processing across hierarchical parsing, object-oriented modeling, unified display matrix transformation rendering, interactive editing synchronous mapping, annotation display transformation parameter adaptation, and incremental operation data output. This ensures consistency in data structure and coordinate system across all stages.

The embodiment of the application provides an electronic signature method, an electronic signature device, an electronic equipment and a storage medium, and belongs to the technical field of artificial intelligence. The method comprises the following steps: obtaining a pre-stored name text of a target object; performing text recognition on the pre-stored name text to obtain a total number of words of the pre-stored name text; obtaining a word number threshold value that can be displayed on a first signature page; if the total number of words is greater than the word number threshold value, performing pagination on the first signature page to obtain a plurality of second signature pages; obtaining an initial electronic signature of the target object on the second signature page; and arranging the initial electronic signatures of all the second signature pages to obtain a target electronic signature. According to the embodiment of the application, the total number of words of the pre-stored name text is used to distinguish the signature scene, and the accuracy of electronic signature recognition can be improved.

This invention relates to the field of document processing technology, and more particularly to a method and system for splitting and reconstructing complex merged cells across pages. The method parses the table structure, identifies merged cells and their coordinates, and uses a dependency tree to analyze the semantic integrity boundaries of the text within each cell, dividing the text into multiple semantically independent segments. The space requirements of each segment are calculated, and an allocation matrix is ​​established to evenly distribute them into the split cells. Page-crossing conditions are determined by detecting the table position, and whether in-line splitting is supported is determined based on the row height elasticity coefficient and content density of the page-crossing row. Then, operations such as inserting soft pagination marks or migrating rows as a whole are performed to complete the page-crossing adaptation. This invention achieves intelligent splitting and page-crossing reconstruction of merged cells, ensuring the semantic coherence of table content and the visual balance of page layout.

This invention relates to the field of computer template processing technology, and in particular to a method for batch generation and multi-format publishing of content based on a unified template. The method includes: parsing a unified template definition into a unified template representation containing page, element, style, layout, and data binding semantics; generating compressed content by performing structure preservation, style compression, and placeholder protection on rich text content and sending it to a model transformation, followed by deterministic recovery and organization into result items; performing incremental persistence in batches during task execution, and implementing cache filtering and recovery based on template fingerprints; in the output stage, performing pagination candidate selection and local rearrangement correction based on page space and layout risk assessment, and finally generating multi-format products and outputting diagnostic results. This method seamlessly connects content transformation, task recovery, and stable layout, improving the consistency and stability of batch production.

The invention discloses a document analysis method and system based on vision, which are applied to the technical field of intelligent identification, and the method comprises the following steps: splitting a target source document into a plurality of fragment documents by a first artificial intelligence model, and obtaining meta-information corresponding to the fragment documents; the second artificial intelligence model analyzes all the fragment documents according to the meta-information to generate corresponding analysis fragments and adds paging anchor points into the analysis fragments, and the third artificial intelligence model performs exception analysis and repair on the analysis fragments; the paging anchor point is a page identifier corresponding to each fragment document; and splicing the finally obtained analysis fragments to form a complete analysis document of the target source document. According to the method, intelligent splitting and parallel analysis are combined, and a comprehensive anomaly monitoring and recovery mechanism is supplemented, so that the context length limitation of an existing large-scale artificial intelligence model is effectively overcome, the semantic and structural integrity of the split content units is ensured, and the processing efficiency and the system stability are improved.

This invention provides an adaptive paginated data retrieval method for external APIs. It employs a unified abstraction of multiple pagination methods combined with runtime feature-driven adaptive optimization. Through unified pagination capability modeling and adapter encapsulation, it standardizes the processing of all types of pagination mechanisms. By real-time collection of request end-to-end features and dynamic decision-making by a strategy engine, it adaptively adjusts pagination parameters and request rhythm. Without altering the original specifications of the external API, it balances the efficiency, stability, and reliability of batch data retrieval, while significantly reducing the access and maintenance costs for multi-API scenarios.

The present disclosure relates to a smart handwriting display device, a smart handwriting display method, and an electronic device. The method includes: obtaining information of handwriting of users; determining at least one handwriting group corresponding to the information of handwriting; and performing pagination on the at least one handwriting group, to obtain a respective subpage for each of the at least one handwriting group. In the embodiments the content of each handwriting group is written on the corresponding subpage, such that the content of different handwriting groups is isolated from each other, achieving the effect of keeping the display region clean and tidy, which is conducive to improving communication efficiency.

This application discloses a data pagination query method, apparatus, electronic device, and storage medium. The method includes, in response to a page query request, querying the time range of a target data source within a short-cycle query when flipping through data in ascending or descending order; calculating the total number of queries based on the time range of the target data source within the short-cycle query; if the total number of queries exceeds a preset threshold, narrowing the time range of the target data source within the short-cycle query to obtain an adjusted time range of the target data source within the short-cycle query; querying based on the adjusted time range of the target data source within the short-cycle query, starting from a short-cycle data index identifier, and returning the query results; or, when flipping through data in ascending or descending order, starting the query using the short-cycle query start time of the previous page record and the short-cycle data index identifier, and returning the query results. This application achieves data pagination query on one hand, and ensures stable query performance on the other.

This application provides an editable document generation method, apparatus, electronic device, and storage medium, belonging to the field of computer software technology and applicable to the financial sector. The method includes: generating a hypertext markup page based on a fine-tuned large model of the presentation generation scenario and presentation generation information, obtaining a basic markup page for presentation generation; parsing the basic markup page to obtain page structure information including a list of content modules, a list of style rules, and pagination identifiers; locating the content modules in the list to obtain a content module location information table; converting the basic markup page based on the style rule list and content module location information table to obtain editable document elements; and arranging the editable document elements based on the pagination identifiers to obtain an editable presentation. This application embodiment can improve the efficiency of editing document generation.

This application relates to a document processing method, apparatus, computer equipment, and storage medium, applicable to Enterprise Resource Planning (ERP) systems, including but not limited to manufacturing management systems, supply chain systems, human resources systems, financial systems, tax systems, and auditing systems. The method includes: when a document is opened, loading and caching the document data, returning the main document pagination data from the document data, so that the main document pagination data is displayed on the main document interface after the document is opened; the main document interface has at least one corresponding sub-document interface, different sub-document interfaces are used to display different categories of data in the document data; when a target sub-document interface is triggered to display, retrieving the sub-document pagination data under the target category corresponding to the target sub-document interface from the cached document data, so that the sub-document pagination data under the target category is displayed on the target sub-document interface. This method can reduce computer overhead.

The application relates to the computer technical field, solves the problem that all data sources cannot be uniformly paginated in an API client in the prior art, and discloses a method and system for realizing uniform pagination of different data sources based on calcite, which comprises the following steps: adding a pagination variable in a calcite extension file; calculating the position of the entire pagination in a calcite analysis sql process, and returning the pagination position, so that the calcite extension file supports returning the pagination position; and realizing pagination conversion and precompilation by analyzing a syntax tree, wherein the method can realize the consistency of the order of corresponding values of a $ variable parameter after precompilation sql analysis and return and the order of precompiled placeholders, guarantee the correctness of precompilation execution, and can realize uniform pagination of all data sources in an API client, reduce the difficulty of writing pagination sql, and support variable and precompilation functions.

A data pagination automation method, for processing a plurality of data items includes determining a sorting basis for sorting the plurality of data items according to an ordered unique key of the plurality of data items; sorting and paginating the plurality of data items according to the sorting basis; and updating a pagination information table of the plurality of data items and collecting corresponding data according to the ordered unique key and at least a filtering condition; wherein the pagination information table is updated with to a partial dynamic update method.

The invention discloses a crawler script generation method and system, and relates to the field of webpage data collection, and the method comprises the steps: obtaining indication information and script matters needing attention according to a page, generating and executing a webpage obtaining script, and obtaining a first webpage file containing a home page actual DOM structure; based on the first webpage file, the single piece of data extraction indication information and the matters needing attention, generating and executing a single piece of information extraction script, obtaining a target detail page and storing the target detail page as a second webpage file; generating batch URL extraction scripts according to the first webpage file, the batch URL extraction indication information and the matters needing attention; according to the second webpage file, the format conversion prompt information and the matters needing attention, generating a Markdown conversion script; generating a paging processing script in combination with the first webpage file, the page turning prompt information, the batch URL script, the paging strategy and the matters needing attention; according to the database integration prompt information, the preorder script and the matters needing attention, a database integration script is generated and output, and the development cycle of the crawler script can be shortened.

This invention belongs to the field of data security technology, specifically a method and system for identifying trapping links based on deep pagination difference comparison. It constructs a reproducible access environment and organizes independent sessions; it samples and establishes a pagination semantic benchmark containing pagination metadata, data structure, and response status in the shallow page code interval; it probes into the deep page code interval, monitoring abnormal signals such as redirection, fixed error structures, abnormal status codes, and high-entropy indicators. For detected anomalies, stability verification is performed by comparing repeated requests within the same session with cross-session requests, ensuring the shallow page code benchmark is normal. When an anomaly occurs consistently and exhibits a semantic break from the benchmark that cannot be explained by business logic, it is identified as a candidate trapping node. By extracting key node information, a verifiable structured evidence package is generated, forming a verifiable report containing location, triggering conditions, and features. By effectively distinguishing trapping anomalies from business noise, it achieves scientific and reliable identification of hidden anti-crawler links.

This invention relates to the field of document processing technology, and more particularly to a method and system for splitting and reconstructing complex merged cells across pages. The method parses the table structure, identifies merged cells and their coordinates, and uses a dependency tree to analyze the semantic integrity boundaries of the text within each cell, dividing the text into multiple semantically independent segments. The space requirements of each segment are calculated, and an allocation matrix is ​​established to evenly distribute them into the split cells. Page-crossing conditions are determined by detecting the table position, and whether in-line splitting is supported is determined based on the row height elasticity coefficient and content density of the page-crossing row. Then, operations such as inserting soft pagination marks or migrating rows as a whole are performed to complete the page-crossing adaptation. This invention achieves intelligent splitting and page-crossing reconstruction of merged cells, ensuring the semantic coherence of table content and the visual balance of page layout.

This invention relates to the field of artificial intelligence technology and discloses a picture book generation method, apparatus, vehicle, storage medium, and program product. Responding to a user-input picture book theme, the invention conceptualizes a story based on the theme, generates a picture book generation blueprint containing pagination scripts and visual object classification information, extracts visual objects whose frequency of occurrence exceeds a preset frequency requirement from the blueprint, and constructs corresponding visual feature data for these visual objects. Then, based on the visual feature data and the script information corresponding to each page, a picture book image set is generated. By strictly adhering to the pre-constructed visual features to generate picture book images, visual consistency of the same core visual object is achieved across all pages of the picture book, establishing visual connections between pages, strengthening the narrative coherence of the picture book, and achieving precise adaptation of visual style to content plot, thereby improving the quality of picture book generation.

This application discloses a database pagination query method, device, medium, and product, relating to the field of database technology. The method includes: receiving a pagination query request for a target dataset, the pagination query request including query conditions, the amount of data per page, and a requested page number; the query conditions including a sorting field and a sorting direction; obtaining a list of row identifiers for the target dataset corresponding to the query conditions, the list including row identifiers of all data records in the target dataset, and the row identifiers being arranged in the order corresponding to the query conditions; extracting a subset of target row identifiers corresponding to the requested page number from the list of row identifiers based on the requested page number and the amount of data per page; constructing a data query statement based on the subset of target row identifiers; and retrieving complete data records corresponding to each target row identifier in the subset of target row identifiers from the target database storing the target dataset based on the data query statement. This application can improve the speed of database pagination queries.

The application discloses a data processing method and device for a paging query. The method comprises the following steps: acquiring paging query requirement data; performing application feature-based query definition configuration processing on the paging query requirement data to obtain paging query data, wherein the paging query data is data used for representing a paging query interface corresponding to the paging query requirement; performing query statement execution processing on the paging query requirement data in the paging query interface corresponding to the paging query data to obtain and output target query data. The application separates the frequently changed part in the paging query requirement and configures the frequently changed part into a query definition, matches a corresponding query statement according to the query definition, and does not need to modify the code when adjusting the paging query function, so that the query definition configuration is updated to match the query statement, the problem of low efficiency in the paging query function adjustment process in the prior art is solved, and the technical effect of improving the paging query function adjustment efficiency is achieved.

This application provides a printing control method and electronic device for waveform recording data. The method includes: receiving a printing command and acquiring the waveform data to be printed and the paper feed speed; determining the waveform duration and the number of waveform channels per page based on the paper feed speed and a preset printing media size; performing pagination on waveform data exceeding the waveform duration and / or the number of waveform channels per page; traversing each print page to draw waveforms; generating an image of the print page; and delivering it to the printing device for printing. This method achieves quantitative coupling between printing parameters and paper physical properties, intelligent pagination of waveform data in both time and channel dimensions, and precise docking of front-end pagination results with the printing device. It effectively solves the technical problems of fixed parameters, coarse pagination, and resource waste in existing technologies, achieving the technical effects of adapting to multiple scenarios, ensuring readability, and improving resource utilization.

The invention provides a report generation method and system supporting custom paging and process monitoring, and belongs to the technical field of online report generation. The method comprises the following steps: acquiring webpage content and a paging rule input by a user; based on the rule, calling a webpage rendering engine to generate a multi-page searchable high-fidelity report file, and embedding a watermark containing traceability information during generation; submitting the report file to a pushing process; and monitoring the execution state of the generated and pushed process, and if an exception is recognized, stopping the process and sending an alarm for manual intervention. According to the method, the problems of poor paging effect, low process reliability and unsafe document circulation in the prior art are solved, and the flexibility, reliability and safety of report generation are improved.

The invention discloses a label content layout method and system for batch printing of washing labels and a medium. The method comprises the steps that canvas and layout variables are obtained and initialized according to user configuration parameters; obtaining a data source and performing preprocessing to generate a rendering data set; binding rendering data in the rendering data set with the corresponding layout elements; determining a rendering sequence; traversing the layout elements in sequence, and for each layout element, executing the following layout logic: identifying the function type of the layout element; if the content is a hurdling element, triggering a column dividing logic based on an expansion column number threshold value and an expansion direction, updating a layout variable, and then executing a content layout logic; if the content is the tail page element, triggering paging logic, updating a layout variable, and then executing content layout logic; if the elements are conventional elements, executing content layout logic; the content layout logic comprises the steps of identifying and arranging rendering data bound with layout elements in a canvas according to data types of the layout elements, and updating layout variables; and generating an automatic layout effect.

This application discloses a paginated query method and apparatus for multiple data sources. When a data query request is received from the front end, the method retrieves the page corresponding to the data query request from the database. If the page is an intermediate page, a preset number of data and the data value of each data item are filtered from the page. A query range is determined. Other data corresponding to the query range are retrieved from other databases. When the number of other data items is greater than a preset total number, the current data and the data value of the current data item on the current page are obtained. Based on the multiple data items, the current data on the current page, and the data value of the current data item, the method determines the data to be fed back and sends it to the front end. In the case of multiple data sources, retrieving other data corresponding to the query range from other databases and performing paginated queries based on the number of other data items optimizes the efficiency of data retrieval, avoids performance issues caused by loading a large amount of data at once, and thus improves the user experience.

The invention discloses a Vue placeholder rendering and printing method and system of a rehabilitation integrated evaluation system, a readable storage medium and computer equipment, and the method comprises the steps: S1, marking medical placeholders and AST placeholder nodes, and carrying out AST isolation rendering, S2, carrying out rehabilitation rich text increment synchronization, converting the editing operation of medical staff into rehabilitation semantic operators, and S3, carrying out rehabilitation semantic operation. S3, rehabilitation self-adaptive paging printing is carried out, paging breakpoints are dynamically calculated according to priority attributes and the remaining height of a printed page, and paging characters are inserted. Therefore, the replacement error rate of medical variables is reduced, the rendering efficiency is improved, high-sensitivity areas such as rehabilitation long tables and muscle force line diagrams are automatically recognized, self-adaption paging and printing are achieved, and the conditions of splitting, dislocation and the like are reduced.